参考文献
[ 1 ] Markram H. The Human Brain Project [ J ]. Scientific
American,2012,306(6):50-55.
[ 2 ] 沈钧贤. 人类脑计划与神经信息学[J]. 生物物理学
报,2001,17(4):608-612.
[ 3 ] Buckmaster P S, Alonso A, Canfield D R, et al.
Dendritic Morphology, Local Circuitry, and Intrinsic
Electrophysiology of Principal Neurons in the Entorhinal
Cortex of Macaque Monkeys [ J ]. Journal of Comparative
Neurology,2004,470(3):317-329.
[ 4 ] Koch C, Segev I. The Role of Single Neurons in
Information Processing[J]. Nature Neuroscience,2000,
3(1):1171-1177.
[ 5 ] Ascoli G A,Donohue D E,Halavi M. NeuroMorpho.
Org:A Central Resource for Neuronal Morpho logies[J].
Journal of Neuroscience,2007,27(35):9247-9251.
[ 6 ] Donohue D E,Ascoli G A. Automated Reconstruction of
Neuronal Morphology:An Overview[J]. Brain Research
Reviews,2011,67(1):94-102.
[ 7 ] Halavi M, Hamilton K A. Digital Reconstructions of
Neuronal Morphology: Three Decades of Research
Trends [EB / OL]. ( 2012-04-23 ). http:/ / journal.
frontiersin. org / Journal / 10. 3389/ fnins. 2012. 00049/ full.
[ 8 ] Pelt J. Natural Variability in the Geometry of Dendritic
Branching Patterns[M] / / Reeke,G N,Poznanski R R, Lindsay K A. Modeling in the Neurosciences: From
Biological Systems to Neuro-mimetic Robotics. Boca
Raton,USA:CRC Press,2005:89-115.
[ 9 ] Burke R E. A Parsimonious Description of Motorneuron
Dendritic Morphology Using Computer Simulation[J].
Journal of Neuroscience,1992,12(6):2403-2416.
[10] Hillman D E. Neuronal Shape Parameters and
Substructures as a Basis of Neuronal Form [ C ] / /
Proceedings of the 4th Study Program on Neurosciences.
Cambridge,USA:MIT Press,1979:477-498.
[11] Tamori Y. Theory of Dendritic Morphology[J]. Physical
Review E,1993,48(4):3124-3129.
[12] Senft S L, Ascoli G A. Reconstruction of Brain
Networks by Algorithmic Amplification of Morphometry
Data [ C] / / Proceedings of International Workshop on
Foundations and Tools for Neural Modeling. Berlin, Germany:Springer,1999:25-33.
[13] Eberhard J,Wanner A,Wittum G. NeuGen:A Tool for
the Generation of Realistic Morphology of Cortical
Neurons and Neural Networks in 3D [ J ]. Neurocomputing,
2006,70(1):327-342.
[14] Donohue D E, Ascoli G A. Local Diameter Fully
Constrains Dendritic Size in Basal But not Apical Trees
of CA1 Pyramidal Neurons [ J ]. Journal of Computational
Neuroscience,2005,19(2):223-238.
[15] Donohue D E,Ascoli G A. A Comparative Computer
Simulation of Dendritic Morphology [ J ]. PLoS
Computational Biology,2008,4(5).
[16] Lindsay K A, Maxwell D J. A New Approach to
Reconstruction Models of Dendritic Branching Patterns[J].
Mathematical Bioscience,2007,205(2):271-296.
[17] Torben N B,Vanderlooy S,Postma E O. Non-parametric
Algorithmic Generation of Neuronal Morphologies[J].
Neuroinformatics,2008,6(4):257-277.
[18] Kliemann W. A Stochastic Dynamical Model for the
Characterization of the Geometrical Structure of
Dendritic Processes [ J ]. Bulletin of Mathematical
Biology,1987,49(2):135-152.
[19] Samsonovich A V,Ascoli G A. Statistical Determinants
of Dendritic Morphology in Hippocampal Pyramidal
Neurons:A Hidden Markov Model [J]. Hippocampus,
2005,15(6):166-183.
[20] Fontoura C L,Coelho R C. Growth-driven Percolations: The Dynamics of Connectivity in Neuronal Systems[J].
The European Physical Journal B———Condensed Matter
and Complex Systems,2005,47(4):571-581.
[21] Lopez C P L,Bielza C. Models and Simulation of 3D
Neuronal Dendritic Trees Using Bayesian Networks[J].
Neuroinformatics,2011,9(4):347-369.
[22] Lindenmayer A. Mathematical Models for Cellular
Interactions in Development I:Filaments with One-sided
Inputs[J]. Journal of Theoretical Biology,1968,18(3):
280-299.
[23] Lindenmayer A. Mathematical Models for Cellular
Interactions in Development II: Simple and Branching
Filaments with Two-sided Inputs [ J ]. Journal of
Theoretical Biology,1968,18(3):300-315.
[24] Hamilton P. A Language to Describe the Growth of
Neurites [ J ]. Biological Cybernetics, 1993, 68 ( 6 ):
559-565.
[25] McCormick B H. L-system Modeling of Neurons[C] / /
Proceedings of Conference on Visual-ization in Biomedical
Computing. [S. l. ]:SPIE Press,1994:693-705.
[26] Ascoli G A,Krichmar J L. L-neuron:A Modeling Tool
for the Efficient Generation and Parsimonious
Description of Dendritic Morphology [ J ]. Neurocomputing,
2000,32-33(1-4):1003-1011.
[27] Ascoli G A. Computer Generation and Quantitative
Morphometric Analysis of Virtual Neurons[J]. Anatomy
and Embryology,2001,204(4):283-301.
[28] 封 宁. 基于神经生物学的神经元真实感仿真[D].
杭州:浙江大学,2005.
[29] Torben N B. EvOL-neuron:Neuronal Morphology Generation[
J]. Neurocomputing,2008,71(4):963-972.
[30] Hentschel H G E,Ooyen A. Models of Axon Guidance
and Bundling During Development [J]. Proceedings of
the Royal Society of London. Series B, Biological
Sciences,1999,266(1434):2231-2238.
[31] van Pelt J,van Ooyen A, Uylings H B M. Modeling
Dendritic Geometry and the Development of Nerve
Connections [ M ] / / Schutter E D. Computational
Neuroscience:Realistic Modeling for Experimentalists.
Boca Raton,USA:CRC Press,2001:179-208.
[32] Kiddle G. Biologically Plausible Models of Neurite
Outgrowth[J]. Progress in Brain Research,2005,147:
67-80.
[33] Krottje J K,van Ooyen A. A Mathematical Framework
for Modeling Axon Guidance [ J ]. Bulletin of
Mathematical Biology,2007,69(1):3-31.
[34] Black B J, Gu L. Highly Effective Photonic Cue for
Repulsive Axonal Guidance[J]. PLoS One,2014,9(4).
[35] Luczak A. Spatial Embedding of Neuronal Trees
Modeled by Diffusive Growth [ J ]. Journal of
Neuroscience Methods,2006,157(1):132-141.
[36] Koene R A,Tijms B,van Hees P,et al. NETMORPH:A
Framework for the Stochastic Generation of Large Scale
Neuronal Networks with Realistic Neuron Morphologies
[J]. Neuroinformatics,2009,7(3):195-210.
[37] Zubler F,Douglas R. A Framework for Modeling the
Growth and Development of Neurons and Networks[J].
Frontiers in Computational Neuroscience,2009,3:25.
[38] Lin Xianghong. Generation and Analysis of 3D Virtual
Neurons Using Genetic Regulatory Network Model[C] / /
Proceedings of the 10th International Symposium on
Neural Networks. [S. l. ]:Springer,2013:9-18.
[39] Chen Jen-Yung. A Simulation Study Investigating the
Impact of Dendritic Morphology and Synaptic Topology
on Neuronal Firing Patterns [J]. Neural Computation,
2010,22(4):1086-1111.
[40] van Elburg R A J. Impact of Dendritic Size and Dendritic
Topology on Burst Firing in Pyramidal Cells[J]. PLoS
Computational Biology,2010,6(5).
编辑 顾逸斐 |